Question 1

How does AI assist with Warfarin and INR monitoring?

Accepted Answer

Our AI automation performs scheduled outreach to collect recent INR lab values from patients and provides reminders for upcoming blood draws. If a patient reports a subtherapeutic or supratherapeutic result, the system can instantly trigger a triage alert for the anticoagulation clinic to adjust dosages, ensuring the patient stays within the target range to prevent stroke or bleeding.

Question 2

Can the system track DOAC adherence for AFib patients?

Accepted Answer

Yes, the AI handles regular check-ins to confirm daily adherence to Direct Oral Anticoagulants (DOACs) like Eliquis or Xarelto. Because these medications have short half-lives, consistency is critical. The automation identifies barriers to adherence, such as cost or side effects, and provides educational reinforcement regarding the high risk of stroke associated with missed doses.

Question 3

How are CHA2DS2-VASc scores integrated into automated outreach?

Accepted Answer

The AI is programmed to screen for changes in a patient's health profile, such as new diagnoses of hypertension, diabetes, or heart failure. By capturing these updates during routine CCM calls, the system prompts the provider to reassess the CHA2DS2-VASc score, ensuring that anticoagulation strategies remain aligned with the latest ACC/AHA guidelines for stroke prevention.

Question 4

Does the AI screen for bleeding complications?

Accepted Answer

During every automated interaction, the system asks targeted questions to identify signs of bleeding, such as unusual bruising, epistaxis, or hematuria. If a patient reports concerning symptoms, the AI immediately escalates the call to a live nurse or provide, facilitating rapid intervention for patients on potent blood thinners.

Question 5

How is post-ablation follow-up automated?

Accepted Answer

The platform utilizes a structured 30-60-90 day post-ablation protocol. It automatically calls patients to assess for AFib recurrence symptoms, such as palpitations or chest pain, and checks for procedural complications like groin site issues or esophageal symptoms. This ensures that the 'blanking period' is managed correctly and that long-term rhythm stability is documented.

Question 6

Can the AI distinguish between rate and rhythm control symptoms?

Accepted Answer

The system uses clinical branching logic to assess patient-reported outcomes. For patients on rate control (e.g., beta-blockers), it monitors for bradycardia or excessive fatigue. For those on rhythm control (e.g., amiodarone or flecainide), it screens for drug-specific toxicities and palpitations, providing clinicians with a clear picture of treatment efficacy.

Question 7

How does the system handle heart failure comorbidities in AFib?

Accepted Answer

Since AFib and heart failure often coexist, the AI integrates fluid volume checks, such as daily weight monitoring and edema assessments, into the AFib care plan. This holistic approach prevents hospitalizations by catching the early signs of decompensation that frequently occur when AFib leads to reduced cardiac output.

Question 8

Can automation facilitate cardioversion prep and follow-up?

Accepted Answer

Yes, the AI manages the pre-cardioversion checklist, ensuring the patient has been therapeutic on anticoagulants for the required duration. Post-procedure, the system performs stability checks to confirm the patient remains in sinus rhythm and to monitor for any immediate post-electrical intervention complications.

Question 9

How does AI support AFib APCM and CCM documentation?

Accepted Answer

Every automated interaction is transcribed and summarized with specific clinical codes. The system tracks the time spent on patient communication and care coordination, automatically generating the documentation required for CPT codes like 99490 (CCM) or the newer APCM codes, ensuring the practice is fully reimbursed for chronic AFib management.

Question 10

Does the AI integrate with cardiology-specific EMRs?

Accepted Answer

Our solution is designed to sync with major EMRs used in cardiology and electrophysiology. It pushes symptom reports, medication adherence logs, and INR data directly into the patient record, allowing the EP or cardiologist to review the patient's status during their next scheduled encounter without manual data entry.

Question 11

How does automation reduce the burden on triage nurses?

Accepted Answer

By handling routine tasks like medication reminders, lab result collection, and stable post-op check-ins, the AI filters out the high volume of low-acuity calls. This allows triage nurses to focus their expertise on patients experiencing acute AFib with rapid ventricular response (RVR) or other high-risk clinical events.

Question 12

Can the system improve MIPS quality measure reporting?

Accepted Answer

The AI specifically tracks MIPS measures relevant to AFib, such as the percentage of patients with a CHA2DS2-VASc score ≥ 2 who are prescribed anticoagulation. By systematically closing these care gaps through automated outreach and data collection, the practice can improve its quality scores and incentive payments.

AFib CCM Automation FAQ | Tile Healthcare

Anticoagulation & Stroke Prevention

Clinical Monitoring & Rhythm Management

Workflow Efficiency & APCM Compliance

Ready to transform your atrial fibrillation practice?